Technological tasks
The Tech-tasks module is tasks related to the development, implementation and improvement of new technologies, products and processes. If you have development, implementation and other needs you can post information below.
LLM chatbots automattandyrylgan stress testing zhane validation
Maksaty zhane tapsyrmanyn sipattamasy (Purpose and description of the task) Matsaty: Turistik agenttiktinnakty clienttinin minez-kulkyn imitationalaytyn zhane texeriletin bottyn zhauaptaryn sapasyn bagalaytyn automattandyrylgan zhuyeni ("Bot-testilushi") kuru. Tapsyrmanyn mani: Bizdin negizgi botymyzdyn API-yna suraular zhiberetin, jauaptardy kabyldap, olarga baga beretin, rold turgydan "kiyn" nemese "kurdeli" client bola alatyn kurald azirleu kazhet. Talap etilin functional (Umitkerden usynystar kutemiz): Personalar men scriptylerdi generationau (Simulation): Bot-testileushi arturli rulderdi oynai bilui kerek (series: "Budget shekteuli tourist", "Balaly otbasy", "Shydamsyz client"). Tapsyrma: Turlar, konak uiler, vizalar zhane ushu biletteri boyynsha nakhty suranystardy imitationau. Manmindi ustap turudy texeru (Context & Memory Testing): Bul – sonny talap. Testileushi negizgi botty kasakan "shatastyru" kerek. Scenario: Turkiyadagi konak uy turaly surau -> Ushu bileti turaly surau -> Kaytadan konak uydegi tamakan turaly surau (konak uy atauyn kaytalamastan). Umitkerge surak: Negizgi bottyn aangime zhelisin zhogaltpaganyn bagdarlamalyk turde kalai texeresiz? Stress Testing (Adversarial Testing): Aralas nietter (Mixed Intents): birneshe kyzmetti surau ("Mysyrga bargym keledi, birak ushu yerten bolsyn zhane konak uy 5 zhuldyzdy, ari arzan bolsyn"). Taqyrypty auystyru: Turdy tandaudan akshany kaytaru maselesine kenetten otu. Bagalau moduli (AI Judge): Testileushi zhai gana soylesip koimai, yesep berui kerek. Metricalar: Zhauaptyn relevanttygy (1-10), Faktilik daldik (hallucinationsardyn zhoktygy), Karym-katynas tones. Umitkerge surak: Zhauaptardyn sapasyn automaty turde bagalau ushin kandai adistemi usynasyz (LLM-as-a-Judge, RAGAS nemese baska)?
Decision acceptance deadline
12.01.26 (inclusive)
Preferred systems
Other technological solutionsNumber of applications
1
Development of an AI-oriented educational platform based on a corporate knowledge base
The aim of the project is to develop an AI-oriented educational platform designed for distance and blended learning, with deep integration of artificial intelligence into the process of preparing and maintaining educational content. The key feature of the platform is the use of artificial intelligence to automatically generate educational materials based on the existing legislative, regulatory and methodological knowledge base provided by the customer. The platform should provide a full learning cycle: curriculum development, content generation, testing, knowledge assessment, and analytical monitoring of learning outcomes.
Decision acceptance deadline
12.01.26 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
2
Business Process Mapping and BPMN Engine Implementation
Objective: To increase the operational efficiency and manageability of the company in conditions of rapid growth through visualization, standardization and automation of business processes. Description: The project includes the development of a web application for process mapping (with support for swimlane diagrams) and the implementation of the BPMN 2.0 execution engine. The main work covers documenting key operations, creating modeling tools and automating work flows. The implementation will provide management with real-time transparency of processes and create the foundation for digital transformation and business scaling.
Decision acceptance deadline
12.01.26 (inclusive)
Preferred systems
Neurotechnology and artificial IntelligenceNumber of applications
1
The system of automatic detection and reanimation of “dead” offers on the marketplace
To develop a system that automatically identifies sellers' offers with zero or abnormally low commercial efficiency and determines the probable reason for the lack of demand in order to: - give the seller specific recommendations for improving the offer; - or correctly withdraw the offer from the active catalog. Goal Improve the efficiency and quality of the marketplace catalog by: - reducing the proportion of broken offers; - increase the conversion rate of listing and search; - reducing the “noise” in the catalog; - GMV growth without increasing traffic.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Information processing and transformationNumber of applications
2
Implementation of a monitoring and alerting system for the ML ranking algorithm of the marketplace
The marketplace uses an ML ranking algorithm that forms the order in which products/services are displayed in search and listings. The algorithm directly affects the user experience and key business metrics (CTR, CR, GMV). The purpose of the task is to develop a monitoring and alerting system that will allow: - promptly detect the degradation of the algorithm, - automatically signal failures, - help in determining the possible cause of the problem (data, model, infrastructure). The alert system should cover: - model input data - the behavior of the model in production - online business metrics - the technical condition of the ranking service.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Information processing and transformationNumber of applications
3
Digital twin
The creation of an application in which it will be possible to create a digital twin of housing under construction, so that a virtual tour can be conducted for potential buyers of housing under construction, with the opportunity to get acquainted with future apartments and courtyard areas.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Virtual and augmented reality technologiesNumber of applications
2
Development of a universal integration connector for a program in the flower business Posiflora.com
The goal of the project is to develop a universal integration connector for the Posiflora accounting program, which provides flexible, secure and scalable data exchange with external systems through the official Posiflora API. The project assumes: • Analysis of the Posiflora API and key business entities (sales, orders, products, balances, customers, employees, stores); • development of a universal connector architecture with the ability to connect various data sources and recipients; • implementation of two-way data exchange (receiving and sending); • support for event-based and/or periodic synchronization (webhooks, polling, schedules); • configuring data mapping between Posiflora and external systems; • Error handling, logging, and integration monitoring; • security (authorization, tokens, access restriction); • preparation of technical documentation and connection examples for developers. The result should be a ready-made universal connector that can be used as a basis for integrating Posiflora with any external accounting, analytical and service systems without developing from scratch for each case.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Intelligent control systemsNumber of applications
3
The ecosystem of "Edu-Tech & Industry" (Industry and Education)
The goal of the project within the framework of the Edu-Tech & Industry ecosystem is not just to "make a website with 3D", but to create a high—tech environment for the transformation of production experience into a digital asset.Create a single digital platform that integrates real production and the educational process through interactive Digital Twins, allowing employees to learn in a secure, controlled and measurable virtual environment.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Information processing and transformationNumber of applications
4
Optimization of the architecture of computing processes of the OPTIM platform
To develop and implement an optimized asynchronous calculation system architecture for the OPTIM platform, ensuring stability, transparency and productivity when working with economic, engineering and geological models of oil and gas projects.
Decision acceptance deadline
09.01.26 (inclusive)
Preferred systems
Geological and physical research methodsNumber of applications
5
Study and development of local computer systems and generative models for virtual models of clothing and creation of photorealistic products
Consider and develop a locally developed system for the base of computer models and generative AI: * photos of goods (clothing) and clothing items; * virtual" examples " of ideas for people with learning positions, proportions of bodies and bodies; * generation of photorealistic images of Gothic images without physical photos; * ensuring full control over our data and compliance with the confidentiality requirements.
Decision acceptance deadline
08.01.26 (inclusive)
Preferred systems
Information processing and transformationNumber of applications
3
